Reconstructive Pathways in Trauma: Mechanobiology, Surgical Stabilization, and Functional–Aesthetic Recovery

Authors:
Publisher website
Google Scholar
Abstract
Trauma remains a leading global cause of morbidity and mortality, demanding an integrated understanding of biomechanics, physiological responses, surgical stabilization, and long-term functional outcomes. This review analyzes the complex continuum of trauma care by synthesizing evidence from mechanobiological models, stabilization strategies, and functional recovery data, incorporating perspectives from Mexico, Colombia, and Ecuador. Results demonstrate that injury patterns are predominantly characterized by long bone fractures and traumatic brain injury, reflecting global epidemiological trends. Early definitive fixation is more common in resource-available settings, while staged approaches are increasingly utilized where physiological instability or systemic barriers exist. Complication rates rise significantly when definitive fixation is delayed beyond 72 hours, supporting established trauma physiology frameworks such as the systemic inflammatory response and the two-hit model. Despite successful stabilization, long-term outcomes remain heterogeneous: while nearly half of patients achieve full recovery, a substantial proportion experiences persistent limitations or permanent disability. These findings emphasize that trauma care is inherently multidimensional, requiring coordinated biomechanical, surgical, physiological, and rehabilitative strategies. Strengthening trauma systems—especially rehabilitation access and physiologically guided surgical decision-making—is essential for improving outcomes across Latin America